SU1143665A1 - Sling container for bale of long-size articles - Google Patents

Abstract

1.STROP-CONTAINER FOR THE PACKAGE OF LONG-DIMENSIONAL PRODUCTS, mainly pipes, containing belt-carrying elements with fastening loops and eccentric clamps, characterized in that, in order to expand the technological capabilities by ensuring the packaging of fragile products of different diameters, the cargo-carrying elements are made in the form of interconnected a telescopic shtanga endless ribbons, each of which has supporting elements, made in the form of angles with slots under the tape and fixed to the torus the plate corners, while the supporting elements are combined into groups forming cells, an eccentric clamp is installed on each endless tape on the side opposite to its connection with the telescopic pole, and before the eccentric clamp there are longitudinal grooves in which end fasteners are placed . 2. A strap container according to claim 1, characterized in that the supporting elements of each cell are interconnected by strips, the ends of which are embedded in angular grooves made on the inner surface of each plate attached to the end of the corner, the strips being connected to one another the springs placed in the same slots. 3. The strap container according to claim 1, characterized in that the angles are made with a vertex angle of 120 °, and the cells formed by them have a hexagonal shape.

Description

The invention relates to the packaging and transportation of piece goods and can be used in the packaging of packages during storage, as well as in the transport of long products of various diameters, mainly pipes. The sling container for a package of long products is known, which contains load-carrying belt elements with fastening loops and eccentric clips 1J. A disadvantage of the known sling container is that it has limited technological capabilities, since such a sling container cannot protect fragile products during transportation. When transporting glass pipes by such a staple container, the pipes located on the outside perceive loads from adjacent pipes, including those located in the center of the sling container. Known sling container is also impossible to carry out the packaging of products of different diameters. The purpose of the invention is the expansion of technological capabilities by ensuring the packaging of fragile products of different diameters. The goal is achieved by the fact that in a sling container for a package of long products, mainly pipes, containing load-carrying elements with fastening loops and eccentric clamps, load-carrying elements are made in the form of endless ribbons interconnected by a telescopic barbell. elements made in the form of corners with slots for tapes and plates fixed at the end of the corners, while the supporting elements are combined into groups forming cells, an eccentric clamp it is installed on each endless tape from the side opposite to the place of its connection with the telescopic shtanga, and in front of the eccentric clamp, longitudinal grooves are made in the endless tapes, in which fasteners are placed. In addition, the supporting elements of each cell are interconnected by slats, the ends of which are embedded in angular grooves made on the inner surface of each plate attached to the end of the corner, and the planks are connected to one another by springs placed in the same grooves. At the same time, the corners are made with an angle at the angle of 120 °, and the cells formed by them have a hexagonal shape. .In FIG. 1 shows the sling container for a package of long items, a general view; in fig. 2 - the same, side view; in fig. 3 - eccentric clamp, top view; in fig. 4 - sling-container packaged view; in fig. 5 shows the node I in FIG. one; in fig. 6 is a section A-A in FIG. one; in fig. 7, node II in FIG. four; in fig. 8 is a section BB in FIG. five; in fig. 9 — node III in FIG. 5. The sling container for a package of long products, mainly pipes, contains load-carrying elements 1 with fastening loops 2 and an eccentric clamp 3, in which the load-carrying elements 1 are made in the form of interconnected telescopic shtanga 4 endless belts 5, each of which is mounted supporting elements 6, made in the form of angles 7 with slots 8 under the strips 5 and plates 7 fixed at the end of the angles 7, while the supporting elements 6 are combined into groups forming the cells 10. The eccentric clip 3 is mounted on each inferior With a tape 5, on the side opposite to its connection with the telescopic bar 4, and in front of the eccentric clamp 3, endless ribbons 5 have longitudinal grooves 11 in which fasteners 12 are placed. On the side surfaces of the plates 9 fixed on the end of each corner 7, grooves 13 are made in which springs 14 are placed, while between adjacent plates 9 there are strips 15 installed, the ends of which are located in grooves 13 and connected to springs 14. Corners 7 are made with an apex angle of 120 °, and cells 10 formed by them 10 rannuyu form. The preparation of the sling container for a package of long articles, mainly pipes, is carried out as follows. In the variant of palletizing and transportation of long products, mainly pipes, with different wall thickness and different diameters, a certain number of products before palletizing are divided into groups according to diameters and wall thickness of pipes. Then, the telescopic bar 4 is released and fixed so that its overall size by the length of the angle 7 is greater than the length of the packaged products, ensuring that the ends of the products are inserted from the inside of the sling container into the load-bearing elements 1. Then the load-carrying elements 1 with parallel fastening loops 2 and eccentric clips 3 and, starting from the telescopic rod 4, form the supporting elements 6 into groups, forming hexagonal cells 10 for the corresponding diameters of long items in the order of increasing. On the endless belts 5, the fastening elements 12 are released. To form the cells 10, the corners 7 along the notch 8 along the endless belts 5 and the plates 9 attached to the ends of the corners 7 along the bars 15 are displaced, forming cells for a certain group of diameters of long articles,

each cell is located at a distance of the side of the hexagon formed by the cells.

The ends of lengthy items 16-45 are inserted into the corresponding cells 10 of one load-carrying element 1 of the sling container, release the telescopic rod 4 from fixation, and then the corresponding cells of the load-carrying element 1, spread out parallel to the first one in the sling container, are placed close to the ends of the packed long products 16-45. The load-carrying elements 1 with packaged products are fixed with a telescopic rod 4 on one side. In the longitudinal grooves 11, fixing elements 12 are fixed on the side of the eccentric clips 3, and then they roll over the sling container with the products to form a package. Similarly pack products of the same diameter.

Roll in the package in a spiral package provides turning the product 16 and the telescopic rod 4 relative to the adjacent product 17 at an angle of 120 °, while the cells 10 of the long product 16 are closed with the sides of two cells 10 of the long product 17. In the same order, finish the roll the sling container with long products 18-45, forming a package, which is closed with fastening elements 12 and eccentric clips 3.

The use of the invention allows to significantly expand the technological capabilities of the sling container for a package of long products, reduce material consumption, facilitate the separation of long products during packaging, as well as protect the ends of products and their side surfaces from chipping and squeezing during transportation.

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Claims (3)

1. SLOPE CONTAINER FOR A PACKAGE OF LENGTH PRODUCTS, mainly pipes, containing tape load-bearing elements with fixing loops and eccentric clamps, characterized in that, in order to expand technological capabilities by providing packaging of brittle products of various diameters, load-bearing elements are made in the form of interconnected with a telescopic rod without the form of corners with slots for tapes and plates fixed at the end of the corners, while the supporting elements are combined into groups forming a cell and an eccentric clamp is mounted on each endless belt on the side opposite the place of its connection to the telescopic bar and in front of eccentric clamping infinitely tapes made longitudinal grooves in which fasteners are placed. 2. A sling container according to π. 1, characterized in that the supporting elements of each cell are interconnected by strips whose ends are embedded in corner grooves made on the inner surface of each plate fixed to the corner end, while the strips are connected to each other by springs placed in the same grooves. 3. A sling container according to π. I, characterized in that the corners are made with an angle at